With advances in imaging and display technology in recent years, 8K video is not a new concept. However, limited by the memory and network conditions of smart phones at that time, 8K video did not have suitable soil for large-scale application, and 4K video was still the mainstream. Therefore, Qualcomm did not overemphasize 8K, an obviously advanced function.
At present our country 5 g network deployment, both from the base station number and the net users, are second to none in the world, based on the complete 5 g network transmission advantage, 8 k video the prospect of a good, broadcast live, work and even in media industry at present stage, the "5 g + 8 k" has gradually become a "standard" gold combination. Under this general trend, Qualcomm's cutting-edge technology in 5G and 8K video will help us achieve profound social life change.
Digital economy has increasingly become an important engine for economic growth. 5G technology, as a key support for the development of digital economy, is accelerating the digital transformation of the whole society. China has built the world's largest and technologically advanced 5G network, with 1.854 million 5G base stations in operation, covering all cities, county towns and 92 percent of towns and townships across the country. 5G development has shifted from large-scale network construction to accelerated application promotion. 5G application has achieved a breakthrough from "0 to 1", and is starting a leap from "1 to N".
The application of 5G is accelerating to industry, education, medical care, transportation and other fields, with more than 20,000 typical application cases, and large-scale application in mines, ports and other fields. With the acceleration of the commercial process of 5G, 5G will further empower all walks of life, form a cross-industry integrated 5G ecology, further change the mode of production, improve people's lives, and create greater economic value.
AI is also having a direct impact on the performance of 5G networks. While phones are getting smarter, the algorithms at the heart of smartphones haven't changed since the 1990s. As a result, 5G systems use more power than expected and achieve lower data rates. Using AI algorithms with deep learning capability can reduce power consumption and improve performance. AI is also being used to address issues related to the RF frequencies available for cellular signals to alleviate bandwidth overcrowding.
The low latency also makes 5G networks ideal for applications that benefit from faster response times, such as real-time video that relies on AI to run. The use of AI/ML in 5G systems can also drive active network responses, create dynamic cellular clusters, and use learned data to improve latency, efficiency, and reliability.
